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Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer

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Page 1: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 2: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 3: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 4: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 5: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 6: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 7: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer
Page 8: Documento6 Photophysical.pdf · a Hamamatsu R928 tube. Emission quantum yields were measured at room temperature (20 oc) with the optically dilute method [12] calibrating the spectrofluorometer